KR20100093157A - A clip for trunk fixing of the crops - Google Patents

Abstract

PURPOSE: A clip for fixing the trunk of crops to a steel wire is provided to quickly and simply fix the trunk of the crops such as grapes to the steel wire regardless of the thickness of the steel wire, and to easily combine the trunk with the steel wire without additional binding units. CONSTITUTION: A clip for fixing the trunk of crops to a steel wire includes a grafting unit(200) including a steel wire binder(100) and an operation lever(210). A bent trunk inducing ring(300) is formed between the grafting unit and the steel wire binder. The steel wire binder includes a binder body(110) equipped with a steel wire insertion groove. Left and right elastic units(131,132) are formed on the left and right sides of the binder body. A protrusion is included on the inner side of the left and right elastic units. The grafting unit includes an upper and lower protrusions(211,212). A hook protrusion(213) is formed on the inner side of the upper protrusion or the lower protrusion.

Description

Clip for trunk fixing of the crops

In particular, the present invention relates to a stem fixing clip of a crop which can easily and quickly and simply fix a stem of a crop such as grapes to an iron wire or the like.

Stem crops, such as grapes, are usually installed at regular intervals in the ridges of the fields where the crops are planted, with support bars (also called "piles") installed, and then long wires are placed between the support bars to allow full-scale stem growth. In this case, it is necessary to fix the stem at any position of the wire in order to prevent any flow of the stem, shaking or entanglement.

In the past, as a means of fixing (a tool for fixing a stem to a steel wire), it was the only way to bind it with a string. In recent years, a stem fixing clip that has a simple bondability to the steel wire and at the same time easily bonds the steel wire through the injection method of synthetic resin As it was developed and released, its use is growing rapidly.

However, although the conventional stem fixing clip has considerable convenience compared to the past, which is tied with a string, not only lacks the robustness for wires of various thicknesses, but also maintains solid binding after the stem is bound, and unnecessary operation and operation are unnecessary during the binding. There is still a need for significant improvements.

That is, since the conventional clip for fixing the stem is made for each type to match the iron wire of a certain thickness when considering the reality that the iron wire of various thickness is installed according to the user, such as,

Since many kinds of clips for fixing the stem should be manufactured and equipped with the wire thickness, not only the manufacturer but also the user had to select and use a clip product suitable for the thickness of the wire installed in his field.

When it is fitted to the wire, there is a problem that the inconvenience caused by the binding was also great because it is a structure to bind the additional cover once more so as not to fall off after inserting the basic binding groove into the wire.

In addition, the conventional clip was moved to any position left and right according to the shaking of the crop and the wire accompanying the use in the state of being bound to the wire, it was difficult to bond at the correct position, there was a problem that can not maintain a solid bond.

Therefore, the present invention has been devised to eliminate the above-mentioned conventional problems, and when one wants to fix the crop stem on an iron wire installed in a vineyard, it is only possible to make a solid one-touch binding without the operation of a separate additional coupling means such as a cover. In particular, it is possible to easily respond to iron wires of various thicknesses only by its own elastic force, so that it is easy to bond regardless of the thickness of the wires, and furthermore, despite the shaking of stems and wires in use, solid binding force is achieved. It is a technical task that focuses on providing clips for fixing crop stems of a new structure that can be maintained for a long time.

The present invention for achieving the above technical problem is provided with a wire binding sphere is fitted with a wire on one side and the other side of the wire binding sphere is made of another ground at the wire point away from the wire binding sphere a certain distance at the same time having a contact lever The earth is formed, and between the grounding sphere and the wire binding sphere is formed integrally bent curvature of the stem to be wrapped around the stem of the crop, the wire binding sphere of the configuration is blocked front and rear and the upper side and left and right The lower and lower sides are provided with a binding ball body provided with a wire insertion groove 틔 to allow the iron wire to be drawn in, and the left and right upper ends of the binding ball body are formed with a predetermined size cut in the front and rear sides of the left and right both ends of the body has a constant elasticity. It is configured to form an elastic portion, the left elastic portion and the right front and rear symmetrically formed in the left front and rear After the left-symmetrically formed can easily be drawn, when the lead-wire of the elastic part has a constant thickness of each of the inner side, but the inlet will fall by the well so that the jaw engaging pawls symmetrically formed.

The above-described crop stem fixing clip of the present invention is not only capable of binding to wires of various structures but also of simple structure, and can be easily and quickly bounded to one-touch when binding to wires, which is simpler and shorter than the conventional one. It is expected that the effect can be expected, and furthermore, the binding force of the state bound to the steel wire is further improved, which greatly helps to improve the quality of the clip.

Clip for fixing the stem of the crop of the present invention will be described in more detail based on the accompanying drawings.

That is, as shown in Figure 1 one side is provided with a wire binding sphere 100 is fitted with the wire (S) and the other side of the wire binding sphere 100 is a wire wire maintained a certain distance with the wire binding sphere 100 As another ground is made at the point, a grounding hole 200 having an operation lever 210 is formed, and the curvature can be wrapped around the stem of the crop to attract and attract the grounding hole 200 and the wire binding unit 100. To form a curved stem lube ring 300 integrally,

The wire binding sphere 100 is a front and rear and the upper side is blocked, the left and right side and the lower side is provided with a binding sphere body 110 is provided with a wire insertion groove that is held so that the wire can be inserted,

The left and right upper ends of the binding body 110 are formed with a cut portion 120 having a constant size, and the left and right elastic parts 131 and 132 having a predetermined elasticity are formed at the front and rear of both left and right ends of the binding body 110. To be formed,

The inside of each of the left elastic portion 131 symmetrically formed in the left front and rear and the right elastic portion 132 symmetrically formed in the right front and rear portions can be easily introduced when iron wires S having a predetermined thickness are introduced therein. It is characterized by the fact that the locking jaw 140 is formed so as not to fall off, respectively.

In addition, the grounding hole 200 having the handle lever 210 does not simply ground the wire portion at a predetermined distance from the wire binding hole 100, but after the wires S having a predetermined thickness are inserted in the up and down directions. The upper and lower protrusions 211 and 212 which are constantly projected while supporting the flow thereof are not formed, and the locking protrusions 213 are formed on the inner surface of one of the upper and lower protrusions 211 and 212, and the friction protrusions are formed on the other. It is preferable to form a friction groove 214 for maximization, and furthermore, when one of the upper and lower protrusions 211 and 212 and the other one are formed differently (larger or smaller), they may be easier to insert into the wire. To help.

In addition, the stem attracting ring 300 bent by the curvature has a good semi-circular shape of the attracting ring groove 310 and breakage of the attracting ring 300 that may be involved in the operation of the operating lever 210 of the ground hole 200. In order to prevent (broken) and the like, it is more preferable to further configure the auxiliary ring 320 that is present with the reinforcement function.

The crop stem fixing clip of the present invention that can be configured as described above forms an elastic portion due to the formation of cutouts at the front and rear sides of the left and right ends of the binding body formed with the wire binding groove so that the wire can be fitted as described above. By symmetrically forming the locking step inside each elastic portion,

Even if the thickness of the steel wire inserted therein is larger or smaller, it is elastically opened and restored, so that it is possible to bind freely and easily, and it can be easily and firmly bound to various wires of various thicknesses.

In particular, the portion which substantially binds the iron wire is not bound to the entire binding groove of the inner side of the binding body, but only on the resilient portions respectively formed on the front and rear sides of both sides of the binding body and the narrow locking jaws respectively formed on the inner side of the elastic portion. Because of the binding, it can be easier and more fit when the iron wire is close, but can be given a good binding force due to its elasticity.

In addition, since the ground portion connected to the manned ring is formed to support the upper and lower pieces and the engaging projections and friction grooves that fit and support while covering the upper and lower sides of the wire binding hole and the other point, a solid binding force unlike the existing ones. Because of the maintenance, it is possible to reliably prevent the random flow phenomenon caused by the wind,

In addition, it is a useful invention that can provide the best ring groove shape for the stem when the crop stem is fixed due to the addition of the auxiliary manned ring, and also greatly helps to prevent the breakage of weak manned rings during use.

1 is an exemplary view showing a preferred embodiment of the fixing clip of the present invention

Figure 2 is an illustration of a view of the fixing clip of the present invention in plan view

Figure 3 is an exemplary view showing an operating embodiment of the iron wire binding sphere of the present invention

Figure 4 is an exemplary view showing a wire coupling operation state of the grounding sphere of the present invention

Figure 5 is an exemplary view showing a state in which the fixing clip of the present invention coupled to the wire

Figure 6 is an exemplary view of a combined state according to the fixing clip of the present invention

Figure 7 is an exemplary embodiment of the coupling state of the fixing clip of the present invention

Figure 8 is an exemplary view showing another embodiment of the fixing clip of the present invention

* Description of Signs of Main Parts of Drawings *

S: wire 100: wire binding sphere

110: binding body 120: incision

131,132: elastic portion 140: locking jaw

200: grounding hole 210: operating lever

211, 212: Upside and down side 213: Obstruction

214: friction groove 300: stem attraction ring

310: manned ring groove 320: auxiliary ring

Claims (3)

One side is provided with a wire binding sphere 100 is inserted into the wire (S) and the other side of the wire binding sphere 100 is operated while the other wire is made to the wire point maintained a certain distance from the wire binding sphere 100 A grounding hole 200 having a lever 210 is formed, and a stem attracting ring 300 bent in curvature so as to be enclosed around the stem of the crop between the grounding hole 200 and the wire binding hole 100. Form integrally, The wire binding sphere 100 is a front and rear and the upper side is blocked, the left and right side and the lower side is provided with a binding sphere body 110 is provided with a wire insertion groove that is held so that the wire can be inserted, The left and right upper ends of the binding body 110 are formed with a cut portion 120 having a constant size, and the left and right elastic parts 131 and 132 having a predetermined elasticity are formed at the front and rear of both left and right ends of the binding body 110. To be formed, The inside of each of the left elastic portion 131 symmetrically formed in the left front and rear and the right elastic portion 132 symmetrically formed in the right front and rear portions can be easily introduced when iron wires S having a predetermined thickness are introduced therein. Crop stem fixing clip, characterized in that each locking jaw 140 is formed so as not to fall well. The method of claim 1, The grounding hole 200 having the handle lever 210 is not merely grounding the wire portion at a predetermined distance from the wire binding sphere 100, but is inserted into the steel wire S having a predetermined thickness in the upward and downward directions. The upper and lower protrusions 211 and 212 which are constantly projected while supporting the flow are not formed, and the locking protrusions 213 are formed on the inner surface of any one of the upper and lower protrusions 211 and 212, and the other maximizes friction. Clip for fixing the crop stem, characterized in that for forming a friction groove (214) for. The method of claim 1, The stem attracting ring 300 bent at the curvature has a good semi-circular shape of the attracting ring groove 310 and breakage (breaking) of the attracting ring 300 which may be involved in the operation of the operating lever 210 of the grounding hole 200. Clip to secure the crop stem, characterized in that further configured to further support the auxiliary ring 320 is present with reinforcement function to prevent).

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